AbstractGlycogenin is the protein primer for glycogen synthesis. By autocatalytic transglucosylation from UDPglucose, it creates a malto-octaose chain attached to its Tyr-194. It has been uncertain whether the autocatalysis includes the addition of the first glucose residue to Tyr-194. We now show this to be the case. However, we also demonstrate, contrary to a claim by others, that Tyr-194 is not necessary for the catalytic function and activity of glycogenin
Metabolic oligosaccharide engineering (MOE) has fundamentally contributed to our understanding of pr...
Glycogen is the major glucose reserve in eukaryotes, and defects in glycogen metabolism and structur...
Glycogen synthesis is crucial for storing glucose residues that are released in case of energy deman...
AbstractGlycogenin is the protein primer for glycogen synthesis. By autocatalytic transglucosylation...
AbstractThe autocatalytic protein that primes muscle-glycogen synthesis, and which glucosylates itse...
The synthesis of glycogen, the body\u27s major energy storage molecule, is dependent upon a protein ...
AbstractGlycogenin, the self-glucosylating primer for glycogen synthesis is expressed in wild-type E...
The polysaccharide molecule glycogen represents a crucial glucose (and hence energy) storage reserve...
AbstractGlycogenin-1 initiates the glycogen synthesis in skeletal muscle by the autocatalytic format...
Purified preparations of‐glycogen synthase are a complex of two proteins, the catalytic subunit of g...
AbstractIn the search for a protein primer for starch synthesis, an autocatalytic self-glucosylating...
The biogenesis of glycogen in skeletal muscle requires a priming mechanism that has recently been el...
AbstractGlycogen, a branched polymer of glucose, is well known as a cellular reserve of metabolic en...
Glycogen, a branched polymer of glucose, is well known as a cellular reserve of metabolic energy and...
AbstractIt is shown that exchanges of single invariant amino acids in two C-terminal catalytic domai...
Metabolic oligosaccharide engineering (MOE) has fundamentally contributed to our understanding of pr...
Glycogen is the major glucose reserve in eukaryotes, and defects in glycogen metabolism and structur...
Glycogen synthesis is crucial for storing glucose residues that are released in case of energy deman...
AbstractGlycogenin is the protein primer for glycogen synthesis. By autocatalytic transglucosylation...
AbstractThe autocatalytic protein that primes muscle-glycogen synthesis, and which glucosylates itse...
The synthesis of glycogen, the body\u27s major energy storage molecule, is dependent upon a protein ...
AbstractGlycogenin, the self-glucosylating primer for glycogen synthesis is expressed in wild-type E...
The polysaccharide molecule glycogen represents a crucial glucose (and hence energy) storage reserve...
AbstractGlycogenin-1 initiates the glycogen synthesis in skeletal muscle by the autocatalytic format...
Purified preparations of‐glycogen synthase are a complex of two proteins, the catalytic subunit of g...
AbstractIn the search for a protein primer for starch synthesis, an autocatalytic self-glucosylating...
The biogenesis of glycogen in skeletal muscle requires a priming mechanism that has recently been el...
AbstractGlycogen, a branched polymer of glucose, is well known as a cellular reserve of metabolic en...
Glycogen, a branched polymer of glucose, is well known as a cellular reserve of metabolic energy and...
AbstractIt is shown that exchanges of single invariant amino acids in two C-terminal catalytic domai...
Metabolic oligosaccharide engineering (MOE) has fundamentally contributed to our understanding of pr...
Glycogen is the major glucose reserve in eukaryotes, and defects in glycogen metabolism and structur...
Glycogen synthesis is crucial for storing glucose residues that are released in case of energy deman...